1. INTRODUCTION

Multi-Species Genome Database Integration refers to the systematic collection, storage, comparison and integration of genomic information relating to multiple biological species, including humans, animals, plants, microorganisms, fungi and marine organisms. These databases facilitate biodiversity research, comparative genomics, conservation planning, agricultural development, disease research and biotechnology innovation.

However, integrating genomic information from multiple species raises significant legal questions concerning ownership of biological resources, access to genetic information, biodiversity conservation, traditional knowledge, intellectual property rights, data protection and equitable benefit-sharing.

For example, genomic information obtained from an indigenous plant, endangered animal or locally conserved microorganism may be incorporated into an international database and subsequently used for commercial biotechnology development. Such activities can create disputes involving national sovereignty, community rights and the distribution of commercial benefits.

Consequently, multi-species genome database integration requires a regulatory framework balancing scientific research, environmental protection and equitable access to biological resources.

2. LEGAL FRAMEWORK GOVERNING MULTI-SPECIES GENOME DATABASES IN INDIA

A. BIOLOGICAL DIVERSITY ACT, 2002

The Biological Diversity Act, 2002, as amended in 2023, provides the principal legislative framework governing access to biological resources and associated knowledge in India.

Important provisions include:

Section 3: Regulates access to biological resources and associated knowledge by specified foreign individuals and entities.

Section 4: Regulates sharing or transferring research results involving Indian biological resources to specified foreign persons and entities.

Section 6: Regulates intellectual property applications involving biological resources covered by the legislation.

Section 7: Governs access by Indian individuals and entities for commercial utilisation, subject to statutory requirements and exemptions.

Section 18: Establishes important functions of the National Biodiversity Authority.

Section 21: Provides for fair and equitable sharing of benefits arising from the utilisation of biological resources.

These provisions are relevant when genomic information is obtained from Indian biological resources and subsequently incorporated into integrated databases.

B. BIOLOGICAL DIVERSITY RULES, 2024 AND 2025

The Biological Diversity Rules, 2024 establish procedures for implementing the amended legislation. The 2025 amendment rules further modify the regulatory framework.

C. ACCESS AND BENEFIT-SHARING REGULATIONS, 2025

The Biological Diversity (Access to Biological Resources and Knowledge Associated thereto and Fair and Equitable Sharing of Benefits) Regulations, 2025 provide an important framework for access and benefit-sharing, including the treatment of Digital Sequence Information (DSI).

These regulations are particularly significant for genomic databases because digital sequence information can be utilised without repeatedly transferring the original physical biological specimen.

3. MAJOR REGULATORY REQUIREMENTS

A. GENOMIC DATA COLLECTION AND DOCUMENTATION

Database operators should maintain information about species identification, geographical origin, collection permissions, specimen provenance and applicable research authorisations.

B. ACCESS AND BENEFIT-SHARING

Commercial utilisation of genomic information derived from regulated biological resources must comply with applicable access and benefit-sharing requirements. Benefits may include monetary payments, research collaboration, technology transfer and capacity-building.

C. CROSS-BORDER DATA TRANSFER

International sharing of genomic datasets must comply with applicable biodiversity legislation, research-transfer requirements, contractual obligations and relevant international agreements.

D. SPECIES-SPECIFIC CONSERVATION

Databases containing genomic information about endangered or protected species should incorporate appropriate access restrictions and conservation safeguards.

E. TRADITIONAL KNOWLEDGE PROTECTION

Genomic information associated with indigenous medicinal plants, traditional agricultural varieties and community-conserved biological resources must be managed with due consideration for associated traditional knowledge and benefit claimers.

F. DATABASE SECURITY AND PRIVACY

Where genomic datasets contain identifiable human information, applicable personal-data protection and confidentiality requirements must be followed. Human genomic data should not automatically be treated as unrestricted biodiversity information.

G. INTELLECTUAL PROPERTY GOVERNANCE

Database operators must distinguish between naturally occurring genetic information, research findings, analytical methods and potentially patentable inventions. Access to biological resources does not automatically establish ownership over the underlying species or naturally occurring genome.

4. INTERNATIONAL LEGAL FRAMEWORK

The Convention on Biological Diversity (1992) establishes principles concerning biodiversity conservation, sustainable utilisation and fair benefit-sharing.

The Nagoya Protocol (2010) provides an international framework for access to genetic resources and equitable sharing of benefits.

The International Treaty on Plant Genetic Resources for Food and Agriculture establishes specialised arrangements for specified plant genetic resources used for food and agriculture.

The Convention on International Trade in Endangered Species of Wild Fauna and Flora (CITES) regulates international trade in listed endangered species and relevant specimens.

These international instruments collectively influence the legal governance of integrated multi-species genomic databases.

5. IMPORTANT JUDICIAL PRECEDENTS

The following Indian judicial decisions establish relevant biodiversity, environmental and biological-resource governance principles. The authorities are identified as direct or analogous because there is no established comprehensive judicial doctrine specifically addressing integrated multi-species genomic databases.

1. Divya Pharmacy v. Union of India (2018) — Direct biodiversity benefit-sharing authority

The Uttarakhand High Court considered the application of access and benefit-sharing obligations under the Biological Diversity Act to commercial utilisation of biological resources. The judgment recognised the importance of benefit-sharing with local communities and traditional knowledge holders. It is particularly relevant to commercial genomic databases using biological resources obtained from local communities.

2. T.N. Godavarman Thirumulpad v. Union of India (1997 onwards) — Analogous authority

The Supreme Court developed extensive principles concerning forest conservation and environmental protection. The proceedings demonstrate the importance of regulatory supervision and sustainable management of biological resources.

3. Centre for Environmental Law, WWF-India v. Union of India (2013) — Analogous authority

The Supreme Court examined wildlife conservation and the protection of endangered Asiatic lions. The decision reinforces the importance of species conservation and scientific management, principles relevant to genomic databases involving threatened species.

4. Animal Welfare Board of India v. A. Nagaraja (2014) — Analogous authority

The Supreme Court discussed animal welfare, dignity and protection against unnecessary suffering. Its reasoning supports ethical safeguards when genomic databases involve animal specimens and biological research.

5. M.C. Mehta v. Kamal Nath (1997) — Analogous authority

The Supreme Court applied the public trust doctrine, recognising that natural resources are held by the State in trust for public use and environmental protection. This principle is relevant to governmental stewardship of biodiversity resources.

6. Samatha v. State of Andhra Pradesh (1997) — Analogous authority

The Supreme Court examined the protection of tribal communities and natural resources in scheduled areas. The decision is relevant to protecting community interests where genomic databases incorporate biological resources obtained from indigenous territories.

7. Lafarge Umiam Mining Pvt. Ltd. v. Union of India (2011) — Analogous authority

The Supreme Court examined environmental governance, sustainable development and regulatory decision-making. Its principles support environmental assessment and institutional accountability in large-scale biological-resource research.

6. REGULATORY CHALLENGES AND COMPLIANCE MECHANISMS

Major challenges include inconsistent species identification, unclear ownership claims, unauthorised international transfers, commercial exploitation of digital sequence information and inadequate recognition of community contributions.

Institutions managing integrated genome databases should:

Establish documented biological-resource provenance.

Maintain species-specific access and conservation classifications.

Obtain applicable statutory permissions and registrations.

Implement appropriate benefit-sharing agreements.

Protect associated traditional knowledge.

Maintain secure database-access and transfer records.

Conduct periodic legal and ethical compliance audits.

Establish procedures for correcting inaccurate or improperly obtained genomic records.

The National Biodiversity Authority, State Biodiversity Boards and Biodiversity Management Committees have important roles in the relevant regulatory framework.

7. CONCLUSION

Regulation of Multi-Species Genome Database Integration requires coordination between biodiversity legislation, genomic research governance, intellectual property law, environmental protection and data security.

In India, the Biological Diversity Act, 2002, the 2023 amendment, the Biological Diversity Rules, 2024 and 2025, and the Access and Benefit-Sharing Regulations, 2025 provide important regulatory foundations.

Nevertheless, effective governance requires transparent species identification, lawful access, cross-border transfer controls, equitable benefit-sharing and protection of traditional knowledge.

The fundamental legal principle should be that scientific integration of genomic information must not undermine biodiversity conservation, national regulatory authority or the legitimate interests of communities contributing biological resources to scientific research.